KR200169812Y1 - Educational artificial incubator - Google Patents

Abstract

By providing a heater, a temperature sensor, an air circulation fan, and a control unit in a housing provided with a see-through window, an educational artificial incubator for observing a process of hatching eggs in a housing is disclosed. The incubator according to the present invention has a predetermined curvature and is formed to protrude smoothly upwards, and on one side, a plurality of light emitting bodies controlled by the control unit are attached to protrude outwards, and a heater is mounted on the inside of the incubator. It has an upper housing equipped with a temperature sensor for controlling temperature, and has a connecting housing disposed at the bottom of the upper housing and coupled by a hinge to the upper housing to define the hatching chamber, and has a constant curvature like the upper housing. It is formed to protrude smoothly, the control unit is built into the inside, one side of the control unit is provided with a first switch for setting the hatching date according to the type of eggs in the hatching chamber, connected to the control unit, the control unit is set to the first step It is provided with a second switch, connected to the control unit, by the first switch And having a lower housing provided with a display unit displays the set date. The incubator provided in this way has an egg shape as a whole. Also, the hatching chamber can be observed through a viewing window mounted on the connection housing, and the incubation should be performed three times or more per day, which may cause the user to have importance and interest. Can be.

Description

Educational artificial incubator

The present invention relates to an incubator for education, and more particularly, to an incubator for education that can observe a process of hatching eggs in a housing by providing a heater, a temperature sensor, an air circulation fan, and a control unit in a housing in which a viewing window is installed. will be.

Generally, in order to artificially hatch eggs such as eggs and ducks, the temperature and humidity suitable for hatching must be maintained for a certain period of time. To this end, recently, various types of incubators that have been manufactured in large or small sizes have been developed.

First, large incubators were developed for commercial use to hatch eggs in large quantities, so the incubator itself is heavy and large, which makes it impossible for individuals to collect it directly.

Conventional incubators made of small size is suitable for educational use, but there is a problem that it is difficult to maintain a constant temperature and humidity because the temperature is controlled using an incandescent bulb and a thermometer to hatch eggs. In addition, since the air heated by the incandescent lamp does not circulate in the incubator, the temperature difference in the incubator is severe, and there is a problem in that the eggs do not hatch within the correct period.

The present invention is devised to solve the above-mentioned conventional problems, an object of the present invention is to provide a heater, a temperature sensor, an air circulation fan and a control unit in the housing provided with a viewing window, thereby observing the process of hatching eggs in the housing. To provide an educational incubator that can be.

1 is a perspective view of an incubator for education according to the present invention, and

2 is a cross-sectional view of the incubator shown in FIG.

<Description of the code for the main part of the drawing>

100: incubator 110: upper housing

116: heater 118: temperature sensor

130: connection housing 136: viewing window

140: first space portion 142: second space portion

150: lower housing 152: control unit

In order to achieve the object of the present invention as described above, the present invention,

In the incubator which is controlled by the control unit, and equipped with a heater for generating heat therein, and a fan for circulating heat,

It is formed to protrude smoothly upward while having a constant curvature, and a plurality of light emitting bodies controlled by the control unit is attached to one side to protrude to the outside, the heater is mounted on the inside, the temperature sensor for controlling the temperature of heat generated from the heater An upper housing equipped with;

A connection housing disposed at a lower end of the upper housing and coupled by a hinge to the upper housing; And

The present invention provides an educational incubator including a lower housing having a constant curvature, formed to protrude smoothly upward, and having a control unit therein.

As described above, according to the present invention, by providing a heater, a temperature sensor, an air circulation fan, and a control unit in the housing in which the viewing window is installed, it is possible to observe the process of hatching eggs in the housing.

Hereinafter, with reference to the accompanying drawings will be described for the educational incubator according to an embodiment of the present invention.

1 is a perspective view of an incubator for education according to the present invention, Figure 2 is a cross-sectional view of the incubator shown in FIG.

1 and 2, the incubator 100 according to the present invention has an egg shape as a whole. The incubator 100 has an upper housing 110, a connecting housing 130 coupled by a hinge 112 at the bottom of the upper housing 110, and a lower housing 150 coupled to the lower end of the connecting housing 130. do.

The upper housing 110 is formed to protrude smoothly upward while having a constant curvature. A plurality of light emitters 114 are attached to one side of the upper housing 110. In addition, a heater 116 for generating heat is mounted on the inner wall of the upper housing 110. One side of the heater 116 is attached with a temperature sensor 118 that controls the temperature of the heat generated from the heater 116. The temperature sensor 118 is disposed on one side of the heater 116 and is attached on the inner wall of the upper housing 110.

The open connection housing 130 has an outer wall 132 and a bottom surface 134. The outer wall 132 smoothly meets the lower end of the upper housing 110 and extends downward to be inclined radially outward. In addition, a part of the outer wall 132 is equipped with a transparent viewing window 136 to see the inside of the connection housing 130. The bottom surface 134 has a diaphragm 138 formed perpendicular to the bottom surface 134 so as to divide the bottom surface into the first space portion 140 and the second space portion 142. The first space portion 140 is a space in which eggs or duck eggs hatch, and one side of the first space portion 140 is attached with a fan 144 for circulating heat generated by the heater 116. The second space part 142 is filled with water to maintain the humidity in the connection housing 130. The upper housing 110 and the connection housing 130 configured as described above are coupled to define the hatching chamber S in the sub-expander 100.

The lower housing 150 is formed to protrude smoothly downward while having a constant curvature. The control unit 152 is mounted in the lower housing 150. The controller 152 controls the light emitter 114 and the fan 144 of the upper housing 110. In addition, the controller 152 controls the first switch 154, the second switch 156, and the display unit 158. The first switch 154 is connected to the control unit 152 and exposed to one side of the lower housing 150. The first switch 154 sets the hatching date in accordance with the type of eggs hatching in the hatching chamber (S). The second switch 156 is connected to the control unit 152 on one side of the first switch 154. The second switch 156 sets the control unit 152 of the incubator 100 as a first step. The display unit 158 is connected to the control unit 152 on one side of the second switch 156. The display unit 158 displays the date set by the first switch 154.

Hereinafter will be described the operation of the above-described educational incubator 100.

First, the upper housing 110 connected to the hinge 112 on the upper portion of the connection housing 130 is separated. When the upper portion of the connection housing 130 is opened, the hatching chamber S is exposed to the outside, and a plurality of eggs are placed on the first space 140 of the hatching chamber S thus exposed. In addition, a small amount of water is filled in the second space portion 142 of the hatching chamber S in order to adjust the humidity in the hatching chamber S. FIG. Under this condition, the upper housing 110 is closed and power is applied. When the power is applied, the user operates the first switch 154 to set a date at which the eggs can hatch. For example, set eggs for 21 days and duck eggs for 28 days.

Then, in the case of eggs, the display unit 158 displays the 21 days that eggs can hatch, and counts by one digit after 24 hours by the control unit 152.

In addition, the controller 152 operates the light emitter 114, the heater 116, and the fan 144 mounted on the upper housing 110. At this time, if the heat generated from the heater 116 is higher than the set temperature of the control unit 152, the temperature sensor 118 operates and the control unit 152 stops the operation of the heater 116. Again, when the temperature of the hatching chamber (S) is lowered below the set temperature, the temperature sensor 118 operates and the control unit 152 operates the heater 116. In addition, the user directly observes the situation in the incubator 100 through the viewing window 136 for 21 days, and performs the operation of rolling the eggs by opening the upper housing 110 directly three or more times a day.

On the other hand, the upper end of the upper housing 110 of the incubator 100 of the present invention can be used to cover the doll having a chicken or duck shape.

As described above, the present invention artificial incubator 100 generates heat in the incubator 100, the heater 116 to maintain a constant temperature, the temperature sensor 118 and the fan 140 to adjust the temperature and The heater 116, the temperature sensor 118, and the control unit 152 for controlling the fan 140 to maintain the temperature and humidity of the volume for eggs hatching, so hatching according to the user set hatch date can do. In addition, the hatching chamber (S) can be observed through the see-through window 136 mounted on the connection housing 130, and since the agglomeration should be performed three times or more per day, it may cause the importance and interest of life to the user. have.

Although described above with reference to a preferred embodiment of the present invention, those skilled in the art will be variously modified and changed within the scope of the present invention without departing from the spirit and scope of the present invention described in the utility model registration claims I can understand that you can.

Claims (3)

An egg provided with a controller 152, a heater 116 controlled by the controller 152 and generating heat therein, and a fan 144 controlled by the controller 152 and circulating the heat. In the incubator 100 of the shape, It is formed to protrude smoothly upward while having a constant curvature, a plurality of light emitting body 114 controlled by the control unit 152 is attached to protrude to the outside, the heater 116 is mounted on the inside, An upper housing 110 equipped with a temperature sensor 118 for controlling a temperature of heat generated from the heater 116 near the heater 116; A connection housing 130 disposed at a lower end of the upper housing 110 and coupled to the upper housing 110 and the hinge 112 to define the hatching chamber S; And It is formed to protrude smoothly upward while having a constant curvature, and the control unit 152 is built in the inside, and one side of the control unit 152 sets the hatching date according to the type of eggs in the hatching chamber (S). And a second switch 156 connected to the control unit 152 on one side of the first switch 154 and setting the control unit 152 to the first stage. And a lower housing 150 connected to the control unit 152 on one side of the second switch 156 and provided with a display unit 158 displaying a date set by the first switch 154. brooder. According to claim 1, The connection housing 130 has an upper end is open, the outer wall 132 extending inclined radially downward while gently meeting the lower end of the upper housing 110, the lower end of the outer wall 132 A bottom surface 134 is formed, and the diaphragm 138 extends vertically by a predetermined length in an intermediate position of the bottom surface 134, and the inside of the connection housing 130 by the diaphragm 138. The space is divided into a first space part 140 and a second space part 142, and the pan 144 and eggs or duck eggs are placed in the first space part 140 and the second space part 142. Education artificial incubator, characterized in that the water is filled in order to maintain the humidity in the incubation chamber (S). The educational incubator of claim 2, wherein a part of the outer wall (132) is provided with a viewing window (136) for viewing the first space (140) of the connection housing (130).